Turnover mechanism for pallet fork with adjustable spacing

Abstract

The invention discloses a turnover mechanism for a pallet fork with adjustable spacing. The mechanism comprises a driving mechanism and a pushing part, wherein the driving mechanism is arranged on a forklift and is positioned in the middle of the pallet fork; the pushing component comprises a connecting component and a pushing joint; the connecting component comprises an inserting rod and an inserting sleeve which are arranged on the back of the fork and are connected in a sliding mode; the pushing joint is arranged outside the inserting sleeve; and the pushing joint and the inserting sleeve are connected in an axial sliding mode; and the pushing joint is driven by the driving mechanism to push the front part of the fork to turn upwards. With the adoption of the mechanism, the use stability of the pallet fork with adjustable spacing can be improved; meanwhile, the pushing joint and the inserting sleeve are connected in an axial sliding mode, so that the overturning process is stable, and overturning and interval adjustment can be carried out simultaneously.

Description

technical field [0001] The invention relates to the technical field of forklift equipment, in particular to a turning mechanism for adjustable distance pallet forks. Background technique [0002] Most of the forks on traditional forklifts are fixed on the mounting plate, and they cannot be adjusted flexibly when encountering shelves of different sizes, especially when the items to be transported are particularly large, if the distance between the forks is too narrow, the shelves cannot be placed on the forks Unstable, easy to roll when turning or encountering uneven roads, causing problems for safe transportation. [0003] At present, forks with adjustable spacing are more widely used, including manual adjustment and automatic adjustment. When the spacing of the forks is adjustable, the maximum spacing of the forks will be larger, and the corresponding cargo will be larger. It is more likely to be unstable and overturned during transportation. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] Most of the forks on traditional forklifts are fixed on the mounting plate, and they cannot be adjusted flexibly when encountering shelves of different sizes, especially when the items to be transported are particularly large, if the distance between the forks is too narrow, the shelves cannot be placed on the forks Unstable, easy to roll when turning or encountering uneven roads, causing problems for safe transportation

[0003] At present, forks with adjustable spacing are more widely used, including manual adjustment and automatic adjustment. When the spacing of the forks is adjustable, the maximum spacing of the forks will be larger, and the corresponding cargo will be larger. It is more prone to instability and overturning during transportation

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